Toshiba Motorcycle Accessories S2E21 User manual

Type
User manual

This manual is also suitable for

Toshiba Motorcycle Accessories S2E21 is a versatile device designed to provide comprehensive protection and monitoring for your motorcycle's electrical system. With a range of advanced features, it combines multiple protective functions with detailed motor management capabilities. The S2E21 offers peace of mind by safeguarding your motorcycle from various electrical faults and potential damage.

Its temperature-based overload protection adapts to different motor characteristics, ensuring optimal protection against overheating. Additionally, the S2E21 provides robust short-circuit, overcurrent, unbalance, undercurrent, ground overcurrent, and directional ground protection, guarding against electrical hazards.

Toshiba Motorcycle Accessories S2E21 is a versatile device designed to provide comprehensive protection and monitoring for your motorcycle's electrical system. With a range of advanced features, it combines multiple protective functions with detailed motor management capabilities. The S2E21 offers peace of mind by safeguarding your motorcycle from various electrical faults and potential damage.

Its temperature-based overload protection adapts to different motor characteristics, ensuring optimal protection against overheating. Additionally, the S2E21 provides robust short-circuit, overcurrent, unbalance, undercurrent, ground overcurrent, and directional ground protection, guarding against electrical hazards.

TOSHIBA
6F9EOlll
1.
2.
3.
4.
5.
6.
7.
CONTENTS
Page
*N*ROD”CT[ON
........................................................
-j-
GENERA,,
SpECIF~CAT]ON
................................................
3
2.1
Rat,&
Performance
..............................................
4
2.2
Functions
......................................................
5
2.3
Pr,ot~tion
Curves
..............................................
17
APPEARANCE AND CONFIGURATION
........................................
18
3.1
SZEZl-ClA*
(without
DG)
.......................................
18
3.2
S2.E21-ClA[
1 (with
DG)
........................................
21
MODNTlNO
AND CONNECTION
.............................................
27
4.1
MolJnting
.......................................................
27
4.2 Co~yj&ion
.....................................................
30
HANDLING
............................................................
38
5.1
lnijtal1
ing
Battery
..........................
:.
.................
38
5.2 Turning Power On
...............................................
38
5.3 Basic Operation of Screen
......................................
39
5.4 Registration of
ID
.............................................
44
5.5 Menu
...........................................................
46
5.6 Measurement
....................................................
47
5.7 Event
..........................................................
54
5.8 Setting
........................................................
56
5.9 Testing
........................................................
81
5.10
Failure
Information
............................................
83
5.11 Hand1 ing of Memory Card
........................................
86
5.12 Directional Ground Unit
(DG)
...................................
91
MAINTENANCE AND INSPECTION
..........................................
92
6.1 Periodic Inspection
............................................
92
6.2
Troubleshooting
.................................................
96
6.3
Berlch
Test
......................................................
I,,,,
PROTECTIVE DETECTION SCHEME
.........................................
105
7.1 Overload Unit
..................................................
105
7.2
Locfked
Rotor
hit
...........................
..-.c
...............
109
7.3
Reptitive
Starting
.............................................
113
7.4 Detection of Starting Current and Starting Time
.................
114
7.5 Detection of the Heating Time Constant and
Cocli
ing Time Constant
...........................................
115
7.6 Setting Based on Fundamental Information
........................
117
7.7
Setting For Reduce Voltage Starting .............................
120
APPENDIX A
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
121
Rev
1
TYPE
S2E21-ClAU
VERSION 1.01
2
2
g
>
-l-
TOSHIBA
6F9EOlll
1. INTRODUCTION
This manual (describes the handling. use and operating principle of type
SZE21
Multifunction Motor Protection Relay.
The
S2E21
is a motor protection relay and monitor incorporating protective
features for 3-phase induction motor and motor monitor units having such
functions as motor temperature and operation trends.
S2E21
has the following features.
(1)
(2)
(3)
(4)
Temperature-based protection adopted for overload protection unit:
The ove:rIoad protection function employs a temperature-based protection
method
.that
calculates the motor temperature rise from the motor’s heat
characteristic and motor current and provides optimum protection for various
kinds of motors.
Large LCD screen:
The large easy-to-read LCD screen makes the
S2E21
highly operable.
All protective functions necessary for motor circuits integrated:
The
S2E21
incorporates all protective functions necessary for the motor
circuits, including overload. short-circuit, overcurrent, unbalance,
undercurrent, ground overcurrent, directional ground, abnormal starting and
starting failure, and repeated starting.
A variety of motor management information available:
The
S2E2l
offers a variety of information useful for motor management and
maintenance, including motor temperature, number of ~starts made. operation
time, current trend at fault and operation history.
-2
-
TOSHIBA
6F9EOlll
(5)
Communication and memory card equipped as standard:
The
S2R21
cOnes
standard with a communication port
(RS485)
and a memory
card, facilitating the setting, setting charges and motor monitoring.
(6) Monitor
(to
be purchased separately) makes the maintenance work very easy.
2.
GENERAL
SPRWICATION
This chapter summarizes general specifications. functions and protective
characteristics of the
S2E21.
This data will help you understand the
S2E21.
-
3-
TOSHIBA
6F9EOlll
2.1 Rated Performance
The rated performance of the
SZE21
is shown in Table 1.
Table 1 Rated Performance
Item
Control supply
Specification
100
to 120 VAC
(tlO%.
-15%)
50/60
Hz
or
100 to 125 VDC
(+lO%,
-15%)
Perfor-
mance
Dielectric
strength
2000 VAC 1 min (between terminals tied together and
earth: except for RTD. communication and transducer
terminals)
Vibration 16.7 Hz, composite amplitude 0.3 mm 2 hours
resistance
(JEM
1355)
Service
-10% to
60°C
(LCD: -lOC to
50x1
temperature
Storage
-109:
to
6OC
Applicable temperature
envi-
Service 20 to 90% RH (no dew condensation)
ronment
humidity
Ambient
Free from dust or corrosive gases
Altitude Lower than 2000
m
(6600
ft)
For greater than 2000
m,
consult factory.
Current input
1 A or 5 A
Input and Operation
100 to 120 VAC (Operation signal line input current:
output input
about 5
mA)
-_
100 to 125 VDC
Contact
out- 250 VAC: 2 A
(cos@=O.
4)
put:
30 VDC: 2 A
Relay contact
-4
-
TOSHIBA
6F9EOlll
2.2 Functions
The functions of the
S2E21
are listed below.
Table 2 List of Functions
I
ten
Overload
Description
-
Rated current: 2 to 2000 A
-
Heating time constant: 10 to 165 min
(automatically detectable)
-
Cooling time constant: 10 to 500
min
(automatically detectable)
‘rotection -
Allowable temperature rise: 60 to 125
g:
Short-
- Operating current: 5 to 17 times the rated
circuit** current setting
*15%
-
Operating time (phases independent of each
other): less than 50
ms
Overcurrent”
-
Operating current: 1.5 to 10 times the rated
current setting
*15X
-
Operating time (phases independent of each
other): 0.3 to 1
s
*IO%
-5-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
I
tern
Description
Unbalance’” -
Operating current: 3-phase average current is
more than 50% of the rated current setting,
&109
-
Unbalance factor: 5 to 30%
-
Operating time: less than 4
s
Undercurrent’”
-
Operating current: 0.30 to 0.80 times the rated
current setting,
*lo%
‘robaction
-
Operating time: 1 to 5 s
+lC%
4
Ground -
Operating current: 5 to 40 times the ZCT rating,
overcurrent’
*lo%
-
Operating time:
0.1s
+40%,
-0%
0.2s to 1.5s
&ZO%
Directional Three kinds of directional ground modules are
ground
available: 10 A grounded system type, ungrounded
system type, and a capacitor-voltage-division type
(*3).
For detail, see the following manuals:
6F9E0108
for 10 A grounded system type;
6F9E0107
for ungrounded system type:
6F9E0109
for capacitor-voltage-division type
--
-6-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
Item
Description
Locked-rotor
-
Starting current: 1.5 to 15 times the rated
and
current setting (automatically detectable)
starting
Protection failure”
-
Starting time:
1
to 60 s (automatically
(cont.
)
detectable)
-
Allowable locked-rotor time: 1 to 130
s
Repeated
starting
External
fault
Automatically set from the starting current and
starting time.
External fault input: 2 points
‘nput
3-phase 1 A or 5 A (3 phases independent of each other)
current
Burden: 1
mVA
or less
Zero-phase
1
A or 5 A
current
Burden: 3
mVA
or less
Temperature
-
3-wire type: 8 points
measuring
resistor
-
Kind of temperature-measuring resistor:
input
Selectable from Pt 100
0,
Pt 100
61
(JIS),
(RTD)
Ni 100
Q,
Ni 120
62
-
measuring range: -20 to 200
C
--
-
Wiring distance: 1 km
(3300
ft) maximum
-
Resolution: 1
C
-
Measuring cycle: 16
s
r
L‘
z
-
7-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
I
tern
Input
Externa
1
reset
Description
1
point:
100
to
120 VAC,
5OhO
Hz.
about
5
mA:
100
to
125 VDC
(cont.
)
External 2 independent points:
fault
100 to 120 VAC,
50/60
Hz, about 5
DA:
L
Trip output:
Alarm output;
hItput
Start block
output:
Error output
I
100 to 125 VDC
1c lNO/NC
@PDT/Form
C)
AC:
Breaking capacity
250 V-3.5 A
(cos
4
>o.
4)
Continuous current
capacity 8 A
DC:
Breaking capacity
30 V-5 A
(L/R-O)
Selectable
betwee)
energization upon
operation
hon-
fai
Isafe)
and
energization at
normal (failsafe)
n
NOTE :
*2:
Function can be locked off (non-functional).
r3:
ZPD and ZCT are special current transformers.
(Consult factory)
--
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
Item
Analog
transducer
Description
4 to 20
mA:
1
point
Output: Selectable from among R-phase current,
S-phase current. T-phase current, 3-phase
average current.
stator
temperature rise.
rotor temperature rise, RTD 1 to 8. and
zero-phase current
Maximum burden:
500
Q
(including cable and impedance)
Jutput
(cont.
)
Output accuracy:
*2%
Signal update interval: 0.5 seconds
Communication Scheme: RS485 half-duplex start-stop
synchronization. 1 Ch
Communication speed:
4800 bps
Number of connectable
SZE21’s:
31
Communication distance: 1 km (3300
ft)
Host : J3100/T3100.
dedicated software available
(purchased separately)
Memory card--
Compatible type: Toshiba MCA
5lDlBAA
Type: S RAM
Capacity: 32
kbytes
:
2
>
-
9-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
I
tern
Description
Power supply
Green: Lights up when control power is supplied.
Motor
Red:
-
Off when the motor is stopped.
operation
Indication
-
Blinks at l-second intervals when the motor
is starting.
-
flights
steady when the motor is running.
-
Blinks at
0.3-second
intervals when the
motor is overloaded.
Error
Protection
operation
Current
Red :
Lights when an error is detected.
Yellow: Lights when the protection function is
activated.
3-phase (independent) zero-phase
Current 5 to 1700% of CT rating
0.5% to 170%
detection
of ZCT
range
rating
Accuracy
12.5%
at CT, ZCT rating
Updating of Every 0.5 seconds
display
--
Analog bar
Used
indication
-
10
-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
I tern
Current
(cont.
)
Description
Ratio with
Percent digital indication with
respect to respect to rated current
rating
Stator
Display of calculated
stator
and rotor temperature
Indication temperature
rises. Updated every 0.5 seconds.
(cont.
1
rise:
Rotor
Display:
-
Digital indicationof temperature rise
temperature
rise
-
Digital indication of ratio of
temperature rise to allowable value
-
Analog indication of ratio of
temperature rise, to allowable value
Unbalance
factor
Digital indication of unbalance factor
RTD
Digital indication of measured temperature
(8
Ch)
temperature
3 phase
starting
current
Starting current at the last start, 3 phases
independent
Average
Average starting current for the last 5 starts
starting
current
.-
;:
_I
;
:
-
11
-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
I
LCIUI
YSOLL
IpLI”,,
Starting time Starting time at the last start
Average
Average starting time for the last 5 starts
starting time
ndication
[cont.
)
Running time
Running time after the last start
for latest
start
Maximum
Maximum current (of 3 phases)
current value
(resettable)
Number of
starts
Total number of starts
(resettable)
Total running Total running time
(resettable)
time
Event
Displays the latest 14 events such as starting,
stopping, tripping. etc.
Number of
starts made
in one day
Displays the daily start numbers for 14 consecutive
days.
--I
Maximum
Displays 3 largest daily start numbers.
number of
starts made
in one day
--
-
.?
.;
;
-
12
-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.
)
! tern
Description
Measured value Displays measured values at time of tripping.
at trip
Current trend
Displays 10 seconds of I-set-interval current trend:
ndication
before trip for R. S, and T phase currents and zero-phase
kont.
)
current that existed immediately before the trip.
Mach. ID
Time
Unique code for
S2E21
(machine number)
Displays the presents time: year (last 2 digits),
month, day, hour. minute. second.
Code
Display Setting (indication)
Value at
Page
shipping
ett
ing
CT primary __ CT
20
5 to 2000
‘J
.
5
rating
ZCT primary
ZCT 20
50 to 100 A
50
rating
-
13
-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
1tc.m
,
.
“1”.
Setting
(cont.
)
I
lkscriotion
__--.
_.-..
Rated current
IN 20
40 to 100% (with
40
respect to CT primary
rating)
Motor heating
TR 21
10 to 165 minutes
10
time constant
Motor cooling
TD
.21
10 to 500 minutes
10
time constant
Stator
al lowable
temperature
rise
BSM 21
60 to 125
C
60
Stator
rated
temperature
rise
&‘SN 21 10
to 125
‘C
Temperature rise
during rated load
operation (rated
current)
50
Short-circuit
I
>>
22
5 to 17 times (with
OFF
current
respect to rated
setting
current)
Current
1oc 22
1.5 to 10 times
OFF
setting for
(with respect to rated
overcurrent
-_
current)
_
Tine setting
TOC 22
0.3 to 1 second
0. 3
for
overcurrent
-
14
-
TOSHIBA
6F9EOlll
Table
2
List
of
Functions
(cont.)
I
tern
Description
Unbalance
UB
23
5
to
30% OFF
factor
setting
Current
IUC
23 30
to
80%
(with
OFF
;ett
i
ng
setting
for respect
to
rated
:cont.
1
undercurrent current)
Time
setting
TX
.23
1
to
5
seconds
1
for
undercurrent
Current
IDCG
24
5
to
40%
(with
respect
OFF
setting
for
to
ZCT
primary
rating)
ground
overcurrent
Time
setting
TOCG 24
0.1
to
1.5
seconds
0.1
for
ground
overcurrent
Al
lowabie
TSC 25
1
to
130
seconds
OFF
locked-rotor
J
\
time
current
Starting
Communication
Starting
time Tst
-
1st
26
25
25
respect
to
rated
current)
1
1.5
to
to
60 15
seconds
(with
6 1
-
15
-
TOSHIBA
6F9EOlll
Table 2 List of Functions (cont.)
F
[tern
jetting
(cont.
)
setting
I
Output relay
-
RTD category
-
-+
Automatic
-
detection
“”
Lion
21
I
I
28,
33
29.
30
31
32
34
Non-
failsafe
OFF
OFF
No
detection
0
8 alphanumeric
PASS. ID.
characters
-
16
-
TOSHIBA
6F9EOlll
2.3 Protect ion Curves
The protection characteristic curves are shown in Figure 1.
0.
1
0.1 1
10
100 1000
+
Multiples
of Current
(Times)
No.
Beating
time
constant
Coin)
f
lillowable Rated
temperature temperature
rise rise
rc)
CT)
unba 1
awe
--
0 5
10 15 20 25 30 35
+Unbalance
factor
6)
Short-circuit.
Overcurrent.
and Undercurrent
1000
0.01
0.1 1
10
100 1000
+
Multiples of Current
(Times)
8
1.
5
.:
1
1
1
Ground
current
i
‘%,*
0 5
10
15 20 25 30 35 40 45
4round
current
(!A)
(ratio with respect to
ZCT
rating)
Figure 1 Protection Characteristic Curves
-
17
-
TOSHIBA
6F9EOlll
3.
APPEARANCE AND CONFIGURATION
This chapter offers description on appearance, configuration and component names
as well as functions of the
S2E21.
3.1
SZR21-CIA11
(without
DG)
The external view of
S2E21-ClA*
with no ground directional unit is shown in
Figure 2, its configuration in Figure 3, and its external dimensions in Figure 4.
The components names and functions are
1
isted
in Table 3.
/
Figure 2 External View of
S2E21-ClA*
(without DG)
g
?
>
-
18
-
TOSHIBA
6F9EOlll
c
-=I
/
--
Figure 3 Configuration of
SZEZl-CM*
(without
DG)
-19
-
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Toshiba Motorcycle Accessories S2E21 User manual

Type
User manual
This manual is also suitable for

Toshiba Motorcycle Accessories S2E21 is a versatile device designed to provide comprehensive protection and monitoring for your motorcycle's electrical system. With a range of advanced features, it combines multiple protective functions with detailed motor management capabilities. The S2E21 offers peace of mind by safeguarding your motorcycle from various electrical faults and potential damage.

Its temperature-based overload protection adapts to different motor characteristics, ensuring optimal protection against overheating. Additionally, the S2E21 provides robust short-circuit, overcurrent, unbalance, undercurrent, ground overcurrent, and directional ground protection, guarding against electrical hazards.

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